Explore the latest advancements and trends in information security automation. Stay ahead with cutting-edge cybersecurity automation news and insights.
Search across headline titles and summaries.
Background for this topic.
Automation in information security uses software to perform tasks like scanning for vulnerabilities, detecting threats, and enforcing policies without constant human intervention. It enables faster, consistent actions such as blocking malicious IPs or deploying patches based on predefined rules or machine learning models. This reduces manual effort and helps maintain security hygiene at scale.
However, automation can introduce risks if workflows are misconfigured or manipulated. Attackers may exploit automated responses to trigger false positives or disable protections, while errors in automation can propagate rapidly across systems. Security teams must carefully validate and monitor automated processes, balancing efficiency with oversight to prevent unintended consequences and maintain control over security operations.
CISA published an advisory on endpoint management hardening after the Stryker wipe. Their Multi Admin Approval recommendation is a speed bump, not a wall. Here is what actually stops a Global Admin compromise: no standing privileges, PIM with Authentication Context, FIDO2 hardware keys, and automated session revocation.
The Ninth Circuit has paused a lower-court order as the companies dispute whether user-approved automation can access password-protected accounts without the platform’s permission. The post Appeals court temporarily pauses order blocking Perplexity’s AI shopping agent on Amazon appeared first on CyberScoop.
Hacktivists use proxy services from Russia, China for 'billions of designed-for-abuse connection attempts' Cybercrime has skyrocketed since the start of the Iran war, according to Akamai, which reports a 245 percent increase in everything from credential harvesting attempts to automated reconnaissance traffic aimed at banks and other critical businesses.…
If you run security at any reasonably complex organization, your validation stack probably looks something like this: a BAS tool in one corner. A pentest engagement, or maybe an automated pentesting product, in another. A vulnerability scanner feeding an attack surface management platform somewhere else. Each tool gives you a slice of the picture. None of them talks to each other in any